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The Source for Current Events around the Power Monitoring and Management

In today’s industrial landscape, non-linear loads are becoming increasingly prevalent, leading to significant harmonic distortions in power systems. These distortions can cause overheating, equipment malfunctions, and increased operating costs. Understanding the difference between linear and non-linear loads is crucial for maintaining optimal performance in your facility. Discover how harmonics can impact your operations and explore effective strategies to mitigate their effects. From advanced transformers to harmonic filters, learn how to safeguard your equipment and enhance your power quality. Don’t let harmonics disrupt your business—take proactive steps to ensure a reliable and efficient electrical system!
In today’s fast-paced business environment, the effectiveness of your team hinges on the tools you provide. EPMS Systems empower operators to swiftly detect electrical issues, ensuring your facility runs smoothly. But having the right tools is just the beginning; training your team to utilize these systems effectively is crucial. Discover five simple ways to enhance your team’s skills in managing electrical power distribution, identifying power failures, and optimizing energy use. Don’t let your facility fall victim to costly disruptions—take proactive steps to safeguard your operations and maximize efficiency. Read on to unlock the full potential of your EPMS Systems!
When modifying an electrical system, understanding the importance of electrical power studies is crucial. A steady and reliable electricity supply is vital for any business, as even minor electrical issues can lead to significant downtime and costly repairs. To ensure optimal performance and safety, preparation is key. Discover the top 10 ways to get ready for electrical power studies, from identifying utility fault contributions to updating building floorplans. Equip yourself with the knowledge to navigate the complexities of electrical systems and safeguard your facility’s power equipment. Read on to learn how to enhance your electrical infrastructure effectively!
Upgrading your SCADA system doesn’t have to be a daunting task. Just like modernizing your home or car, there are painless ways to enhance your system without breaking the bank. From updating user account passwords to ensuring your campus maps are current, these simple steps can significantly improve your system’s performance and security. Plus, adding notifications can help catch issues before they escalate. Let the professionals at APT guide you through the process, ensuring your SCADA system is up-to-date and efficient. Discover how easy it can be to modernize your system with our expert tips!
Budgeting and scheduling are two fundamental business principles still as relevant today as they were fifty years ago. However, winning a bid can be challenging due to tight profit margins if the project’s scope is not clearly defined.
Peter Drucker, Management Guru said, “If you can’t measure it, you can’t manage it.” Power quality is no exception. Poor power quality is unsafe and economically unsustainable for utilities and consumers alike. A facility’s power quality impacts its overall performance. Unfortunately, management teams commonly neglect it until problems arise.
Poor management of electrical power studies can lead to costly outcomes. The path to performing successful power studies begins by developing a roadmap, aiming for your desired solution. For example, power studies may be extensive and encompass the entire electrical service to a facility. On the other hand, studies may be small and target a specific segment of the electrical system.
PMS and BMS play distinct roles within full-scale facilities. A Power Monitoring System monitors the electrical distribution grid, alerts to power quality problems, and logs power data/events up to the millisecond over time. Meanwhile, Building Management Systems monitor critical loads within facilities such as HVAC, lighting, fire systems, security systems, and even power systems (on a less granular level).
Breaking your EPMS can lead to significant problems and costly facility disruptions. Therefore, it is crucial to prevent this and ensure your system’s reliability. Knowing the causes of EPMS failures is the first step toward prevention. 

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